void vnode_write_queue_handle_write(work_queue_t *wq)
{
void *node_data = NULL;
while ( (node_data = dequeue_work(wq)) != NULL ){
vnode_write_queue_entry_t *entry = (vnode_write_queue_entry_t*)node_data;
session_t *session = entry->session;
object_t *object = entry->object;
zfree(entry);
server_write_to_storage(SERVER(session), object);
/* FIXME 2014-10-10 18:57:20 */
__sync_add_and_fetch(&session->finished_works, 1);
/*session_response(session, RESULT_SUCCESS);*/
/*uint32_t total_committed = __sync_add_and_fetch(&vnode->total_committed, 1);*/
/*if ( total_committed > 800 ) {*/
/*__sync_sub_and_fetch(&vnode->total_committed, total_committed);*/
/*fsync(vnode->logFile);*/
/*kvdb_flush(vnode->kvdb);*/
/*}*/
/* FIXME 2014-10-10 18:56:55 */
/*session_response(session, RESULT_SUCCESS);*/
sched_yield();
}
}
void recv_queue_handle_request(work_queue_t *wq)
{
void *nodeData = NULL;
while ( (nodeData = dequeue_work(wq)) != NULL ){
recv_queue_process_sockbuf((sockbuf_t*)nodeData);
}
}
/* ==================== send_queue_handle_response() ==================== */
void send_queue_handle_response(work_queue_t *wq)
{
void *nodeData = NULL;
while ( (nodeData = dequeue_work(wq)) != NULL ){
send_queue_process_sockbuf((sockbuf_t*)nodeData);
}
}
/* ==================== dequeue_recv_queue() ==================== */
sockbuf_t *dequeue_recv_queue(session_t *session)
{
work_queue_t *wq = get_recv_queue_by_session(SERVER(session), session);
if ( wq != NULL ) {
return dequeue_work(wq);
}
return NULL;
}
